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The Designer's Guide to VHDL, Third Edition (Systems on Silicon)
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Review
"The second edition of The Designer's Guide to VHDL sets a new standard inVHDL texts. I am certain that you will find it a very valuable addition to yourlibrary." --From the foreword by Paul Menchini, Menchini & Associates
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About the Author
Peter J. Ashenden received his B.Sc.(Hons) and Ph.D. from the University of Adelaide, Australia. He was previously a senior lecturer in computer science and is now a Visiting Research Fellow at the University of Adelaide. His research interests are computer organization and electronic design automation. Dr. Ashenden is also an independent consultant specializing in electronic design automation (EDA). He is actively involved in IEEE working groups developing VHDL standards, is the author of The Designer's Guide to VHDL and The Student's Guide to VHDL and co-editor of the Morgan Kaufmann series, Systems on Silicon. He is a senior member of the IEEE and a member of the ACM.
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Product details
Hardcover: 936 pages
Publisher: Morgan Kaufmann; 3 edition (May 29, 2008)
Language: English
ISBN-10: 0120887851
ISBN-13: 978-0120887859
Product Dimensions:
7.8 x 2 x 9.5 inches
Shipping Weight: 3.8 pounds (View shipping rates and policies)
Average Customer Review:
4.2 out of 5 stars
35 customer reviews
Amazon Best Sellers Rank:
#228,563 in Books (See Top 100 in Books)
Blame the one star on MK, not the author. Print of demand is utter garbage for this title. When my eyes hurt as I try to read the text because characters look like they were printed on an old uncalibrated inkjet printer (i.e. the letters are pixelated/bleeding), it's because MK isn't doing its job. So, sorry, I had to put this book down and can't continue to read any of it. In fact, I'm going to start being very careful buying any book from MK moving forward. It's a shame because this is none of the author's fault, just the publishing house being cheap.
I'm sure this book has its intended audience and uses, but I have some complaints specific to my purpose. I need to learn VHDL to create some hardware within the next 2-3 months. First, it takes Ashenden about 1000 words to say something that can be easily and concisely explained in 100 words. Secondly, his style is very formal and abstract, and makes little effort to relate VHDL to the actual hardware/physical implementation. For an HDL, I feel putting the code in context with the hardware is very important.Finally, and most importantly, I find his method of explaining things frusterating. He starts with a very abstract, formal syntactical definition, and then gives a specific example. OK, that's all fine. But he doesn't fill in the middle. What about the details and specifics? They might be there, but if so, they are probably buried in pages of discussion. He teaches VHDL like you might teach English grammar. The problem is, I already know assembly, C/C++, Matlab, Java and digital logic, so it would speed learning if he would relate or define the concepts in terms that most electrical engineers have general competency in. Instead, he leaves me scratching my head for 15 minutes trying to figure out what he means by something as elementary as a multi-dimensional array.I'm sure this book is a great Bible for people setting out to make a career in VHDL development--those who want the "pure" and the "true" religion. But for the practicing researcher or scientist who just wants to make some relatively simple device, it should serve more as a reference text than a learning guide. But even as a reference text it falls short, so I'm left wondering what it is particularly useful for.The review by Emmett Chadwick Bearden is spot on! If you are a pure CS major, great, you found your book. If you are a practicing EE, this book is a little on the useless side (but probably still worth owning). His statement "the examples only serve to make the concepts more mysterious" is spot on.
This book seems to be a very thorough treatment of VHDL (I'm no expert, so take that as it is). The book is well written and cohesive. I've been using this book in various forms since college, and I'm *still* using it. I like it.HOWEVERJust like the second edition Kindle version (which I finally got fed up with and was refunded), the third edition was clearly not edited after the Kindle conversion process. Take as an example Table 2.2: This is supposed to be a table of the VHDL operators, but tell me, what does the operator "sllsrlorlror" do? According to the table, it is the "shift-left logicalshift-right logicalrotate leftrotate right"Of course I understand what's going on here, and I can figure it out. But I shouldn't *have* to. It's wonderful that this book is available in the Kindle format. It's one more heavy book I don't have to lug around. But the quality is just not acceptable. This is a five-star book with one-star editing.PLEASE fix this book!
Until Peter's next book comes out of course! I would give it 5 stars if I was just learning the VHDL language, but I'm actually trying to use VHDL for FPGA design and this book falls short in that regard.This book is really good at explaining the 'mechanics' of VHDL programming. It is an out growth of Peter's "Intro to VHDL" paper that was published on the web and it sort of shows. I really like the depth that it goes into, I wish it had the standard libraries in the appendix. (it doesn't) However, until getting Ashendon's book, all other VHDL texts were pretty opaque.The only thing this book does not have is a treatment of logic 'inference.' Since all VHDL compilers today "infer" (a fancy way of saying "guess") what logic would be able to implement a behavior, not understanding how those compilers guess makes it possible to write syntactically clean VHDL that doesn't synthesize any logic. To get a better handle on inference I'd recommend "HDL Chip Design" by Smith.
This is a good VHDL Language Reference Manual. If you work with VHDL regularly, it is good to have on your bookshelf. It is a bit unwieldy in the way the constructs are defined, in that almost every definition of a VHDL construct relies on previously defined constructs. However, this is pretty common in LRMs for other languages as well. But if you're not used to reading things like this, it will be very confusing at first.As other posters have noted, this is not a good book to learn to do VLSI design. It teaches you the syntax of how to write VHDL, and that's it. VHDL, even more so than many other languages, gives you plenty of rope with which to hang yourself. Just because you can write something a certain way in VHDL does not mean you should. Certain constructs which are allowed in VHDL will cause synthesis tools massive headaches. Nor does the book really teach you when to use procedural vs concurrent statements, or any other things you really need to know when using VHDL for its intended purpose: VLSI design.
I bought a whole bunch of these "VHDL design" books. Most were just so-so. This is a good one. Lotsa meat pitched just right. (Dunno what the front cover eclipse has got to do with it.)
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